Apparatus for Representing Sensory Effect and Method Thereof

1. A sensory effect representation apparatus comprising: a processor; and a memory storing program code, executed by the processor, the program code comprising instructions for: collecting user status information about a user status; storing sensory effects; analyzing the user status information to generate a user status prediction pattern; recommending a sensory effect corresponding to the user status prediction pattern, from among the stored sensory effects, to generate a sensory effect prediction pattern; reading a sensory effect corresponding to the sensory effect prediction pattern, from among the stored sensory effects, providing the read sensory effect to the user; and receiving user status feedback information on the user status prediction pattern and reflecting the user status feedback information to the user status prediction pattern to generate a user status pattern, wherein the sensory effects and read sensory effect are one or more stimulants of the human senses, and wherein the user status pattern includes information for determining a user status in response to the user status information having a specific value.

2. The sensory effect representation apparatus of claim 1 , wherein the program code further comprises instructions for: receiving sensory effect feedback information on the sensory effect prediction pattern and reflecting the sensory effect feedback information to the sensory effect prediction pattern to generate a sensory effect pattern.

3. The sensory effect representation apparatus of claim 1 , wherein the program code further comprises instructions for analyzing a user preference from the user status pattern, and wherein the recommending the sensory effect pattern is based on the user preference.

4. The sensory effect representation apparatus of claim 2 , wherein the program code further comprises instructions for analyzing a user preference from the sensory effect pattern, and wherein the recommending the sensory effect pattern is based on the user preference.

5. The sensory effect representation apparatus of claim 1 , wherein the program code further comprises instructions for: storing a user status population pattern including user status patterns of other users, and analytically comparing the user status information with the user status population pattern to generate the user status prediction pattern.

6. The sensory effect representation apparatus of claim 1 , wherein the program code further comprises instructions for: storing a user status population pattern including user status patterns of other users, extracting a user status population pattern for another user having a similar characteristic to the user, from the user status population pattern, and analytically comparing the user status information with the similar user status population pattern to generate the user status prediction pattern.

7. The sensory effect representation apparatus of claim 1 , wherein the program code further comprises instructions for extracting a user status prediction criterion for generating the user status prediction pattern, and wherein generating the user status prediction pattern is based on the user status prediction criterion.

8. The sensory effect representation apparatus of claim 7 , wherein the program code further comprises instructions for performing learning based on the user status pattern to extract the user status prediction criterion.

9. The sensory effect representation apparatus of claim 1 , wherein the program code further comprises instructions for extracting a sensory effect prediction criterion for generating the sensory effect prediction pattern to recommend a sensory effect, and wherein the recommending a sensory effect prediction pattern is based on the sensory effect prediction criterion.

10. The sensory effect representation apparatus of claim 9 , wherein the program code further comprises instructions for performing learning based on the sensory effect pattern to extract the sensory effect prediction criterion.

11. A sensory effect representation apparatus comprising: a processor; and a memory storing program code, executed by the processor, the program code comprising instructions for: collecting first user status information and second user status information with respect to different types of user statuses; storing sensory effects; analyzing the first user status information and the second user status information to extract a characteristic of the first user status information and a characteristic of the second user status information; generating a composite characteristic based on the characteristic of the first user status information and the characteristic of the second user status information; recommending a sensory effect corresponding to the composite characteristic, from among the stored sensory effects, to generate a composite sensory effect prediction pattern; reading a sensory effect corresponding to the composite sensory effect prediction pattern, from among the stored sensory effects, and providing the read sensory effect to a user, wherein the sensory effects and read sensory effect are one or more stimulants of the human senses, and wherein the characteristic of the first user status information and the characteristic of the second user status information are represented by characteristic vectors.

12. The sensory effect representation apparatus of claim 11 , wherein the program code further comprises instructions for receiving composite user status feedback information and reflecting the composite user status feedback information to the composite user status information, to generate a training set.

13. The sensory effect representation apparatus of claim 11 , wherein the program code further comprises instructions for receiving composite sensory effect feedback information on the composite sensory effect prediction pattern and reflecting the composite sensory effect feedback information to the composite sensory effect prediction pattern to generate a composite training set.

14. The sensory effect representation apparatus of claim 12 , wherein the program code further comprises instructions for extracting a composite user status prediction criterion based on the training set, and wherein the generating a composite user status prediction pattern is based on the composite user status prediction criterion.

15. The sensory effect representation apparatus of claim 14 , wherein the program code further comprises instructions for performing learning based on the training set to extract the composite user status prediction criterion.

16. The sensory effect representation apparatus of claim 13 , wherein the program code further comprises instructions for extracting a composite sensory effect prediction criterion based on the composite training set, and wherein the generating a composite sensory effect pattern is based on the composite sensory effect prediction criterion.

17. The sensory effect representation apparatus of claim 16 , wherein the program code further comprises instructions for performing learning based on the composite training set to extract the composite sensory effect prediction criterion.

18. A method of representing sensory effect comprising: collecting user status information about a user status; storing sensory effects; analyzing the user status information to generate a user status prediction pattern; recommending a sensory effect corresponding to the user status prediction pattern, from among the stored sensory effects, to generate a sensory effect prediction pattern; reading a sensory effect corresponding to the sensory effect prediction pattern from among the stored sensory effects, providing the read sensory effect to the user; and receiving user status feedback information on the user status prediction pattern and reflecting the user status feedback information to the user status prediction pattern to generate a user status pattern, wherein the sensory effect and read sensory effect are one or more stimulants of the human senses, and wherein the user status pattern includes information for determining a user status in response to the user status information having a specific value.

19. A method of representing a sensory effect comprising: collecting first user status information and second user status information with respect to different types of user statuses; storing sensory effects; analyzing the first user status information and the second user status information to extract a characteristic of the first user status information and a characteristic of the second user status information; generating a composite characteristic based on the characteristic of the first user status information and the characteristic of the second user status information; recommending a sensory effect corresponding to the composite characteristic, from among the stored sensory effects, to generate a composite sensory effect prediction pattern; reading a sensory effect corresponding to the composite sensory effect prediction pattern, from among the stored sensory effects, and providing the read sensory effect to a user, wherein the sensory effects and read sensory effect are one or more stimulants of the human senses, and wherein the characteristic of the first user status information and the characteristic of the second user status information are represented by characteristic vectors.